mean low water of ordinary spring tide

简明释义

平均一般大潮低潮面

英英释义

例句

1.The coastal survey indicated that the harbor depth at the mean low water of ordinary spring tide is sufficient for large vessels.

沿海调查显示，港口在普通大潮的平均低水位时的深度足以容纳大型船只。

2.Navigational charts often use mean low water of ordinary spring tide as a reference point for safe passage.

航行图通常使用普通大潮的平均低水位作为安全通行的参考点。

3.Fishermen often check the tides and plan their trips around the mean low water of ordinary spring tide for better catches.

渔民们经常查看潮汐，并围绕普通大潮的平均低水位计划他们的出海，以获得更好的捕捞效果。

4.During our beach cleanup, we marked the debris line at the mean low water of ordinary spring tide to ensure we covered the entire area.

在我们的海滩清理活动中，我们将垃圾线标记在普通大潮的平均低水位，以确保覆盖整个区域。

5.The environmental study focused on the habitat changes occurring below the mean low water of ordinary spring tide line.

环境研究集中在发生在普通大潮的平均低水位线以下的栖息地变化。

作文

Understanding the term mean low water of ordinary spring tide is essential for anyone involved in maritime activities, coastal management, or environmental studies. This phrase refers to a specific measurement used in tidal studies and navigation. To break it down, 'mean low water' indicates the average level of the lowest tides observed over a significant period, while 'ordinary spring tide' refers to the regular high and low tides that occur during the full and new moons when the gravitational pull of the moon and sun align. The significance of mean low water of ordinary spring tide lies in its application. For instance, in navigation, understanding this measurement helps sailors determine safe depths for their vessels. When planning a journey, mariners must know whether the water levels will be sufficient to avoid grounding. This is particularly crucial in areas with shallow waters or where tides fluctuate dramatically. Moreover, coastal engineers and planners utilize the mean low water of ordinary spring tide to design structures such as piers, docks, and seawalls. By knowing the average low water level, they can ensure that these structures are built above the minimum water level, thus preventing damage during storms or unusual tidal events. This measure also plays a vital role in habitat conservation efforts. Understanding the tidal range helps in assessing the health of coastal ecosystems, particularly intertidal zones where various species thrive. In environmental studies, researchers often refer to the mean low water of ordinary spring tide when analyzing changes in sea level and the impacts of climate change. As global temperatures rise, melting ice caps and thermal expansion of seawater contribute to rising sea levels. By monitoring the mean low water levels, scientists can better understand how these changes affect coastal communities and ecosystems. Furthermore, the mean low water of ordinary spring tide serves as a reference point for legal and regulatory purposes. In many jurisdictions, property rights and boundaries along coastlines are defined by this tidal measurement. Knowing where the mean low water mark lies can influence decisions about land use, conservation efforts, and development projects. In conclusion, the term mean low water of ordinary spring tide encapsulates a crucial aspect of tidal science that has wide-ranging implications. Its importance spans navigation, engineering, environmental conservation, and legal matters. By comprehending this term, individuals and professionals alike can make informed decisions that impact our oceans, coasts, and the life forms that depend on them. As we continue to face environmental challenges, understanding such measurements will become increasingly vital for sustainable management of our precious coastal resources.

理解短语mean low water of ordinary spring tide对任何参与海事活动、沿海管理或环境研究的人来说都是至关重要的。这个短语指的是在潮汐研究和航行中使用的特定测量。将其分解开来，'mean low water'表示在较长时间内观察到的最低潮位的平均水平，而'ordinary spring tide'则指的是在满月和新月期间发生的常规高低潮，此时月球和太阳的引力对齐。mean low water of ordinary spring tide的重要性体现在其应用上。例如，在航行中，了解这一测量帮助水手确定船只的安全深度。在规划旅程时，航海者必须知道水位是否足够，以避免搁浅。这在水浅或潮汐波动较大的地区尤为重要。此外，沿海工程师和规划人员利用mean low water of ordinary spring tide来设计码头、港口和海堤等结构。通过了解平均低水位，他们可以确保这些结构建造在最低水位之上，从而防止在风暴或异常潮汐事件中遭受损害。这一测量在栖息地保护工作中也起着至关重要的作用。了解潮汐范围有助于评估沿海生态系统的健康状况，特别是潮间带区域，各种物种在此繁衍生息。在环境研究中，研究人员经常提到mean low water of ordinary spring tide，以分析海平面变化和气候变化的影响。随着全球气温上升，冰盖融化和海水热膨胀导致海平面上升。通过监测平均低水位，科学家可以更好地理解这些变化如何影响沿海社区和生态系统。此外，mean low water of ordinary spring tide作为法律和监管目的的参考点。在许多司法管辖区，沿海土地的财产权和边界由这一潮汐测量定义。了解平均低水位标记的位置可以影响土地使用、保护工作和开发项目的决策。总之，术语mean low water of ordinary spring tide概括了潮汐科学的一个重要方面，其影响广泛。其重要性涵盖了航行、工程、环境保护和法律事务。通过理解这一术语，个人和专业人士都可以做出影响我们海洋、海岸及其依赖生命形式的明智决策。随着我们继续面临环境挑战，理解这样的测量将变得越来越重要，以实现对我们珍贵沿海资源的可持续管理。